ADC前端设计\为什么使用双变压器.pdf
...........\Pushing the State of the Art with Multichannel AD Converters.pdf
...........\Which ADC Architecture Is Right for Your Application.pdf
...........\A-front-end-for-wideband-A-D-converters.htm
...........\AN-935：ADC变压器耦合前端设计.pdf
...........\改善无源宽带ADC前端网络的设计.pdf
...........\如何为高性能模拟－数字转换器设计变压器耦合型前端.pdf
...........\AN-345_cn.pdf
...........\带宽有限采样的数学基础.pdf
...........\当使用双变压器配置时宽带ADC前端设计考虑.pdf
...........\宽带ADC 变压器.pdf
...........\How RF Transformers Work.pdf
...........\ADT1-1WT RF Transformer.pdf
...........\Single-to-differential Conversion in High-frequency Applications ATMEL.pdf
...........\AN-742 开关电容ADC的频域响应.pdf
...........\AN_827_放大器与开关电容ADC接口的匹配方法.pdf
...........\考虑因素II：用放大器还是变压器来驱动ADC.pdf
...........\AN-1558高速AD转换器的时钟设计.pdf
...........\AN-214：高速电路接地规则布局和布线对视频转换器电路至关重要如何将干扰降到最低.pdf
...........\高速数据转换.pdf
...........\ADI官方高速信号布线技巧指南 en.pdf
...........\AN-348避开无源元件的陷阱_cn.pdf
...........\放大器电路设计：如何避免常见问题.pdf
...........\高速AD转换器的应用.pdf
...........\高速、高精度处理模拟信号.pdf
...........\为高速AD转换器设计时钟.pdf
...........\AD转换器的输入端的正确理解.pdf
...........\高速AD 降低电源噪声方法.pdf
...........\高速ADC_demo板_FIFO.pdf
...........\ADS528x 评估板用户手册.pdf
...........\Jitter知识.pdf
...........\高速ADC供电指南.pdf
...........\AN-1721高速ADC的接口，驱动和时钟.pdf
...........\High_Speed_Printed_Circuit_Board.pdf
ADC前端设计